Jesse Blevins M.Arch Portfolio by jesseblevins

VOL. 04

SELECTED WORKS Jesse E. Blevins

2021-2023

JESSE EDWARD BLEVINS

Education Clemson University M.Arch, May 2023 (GPA: 3.55) Clemson University B.A. History, Minor: Architecture (GPA: 3.40)

Contact Info P. 803.622.2246 E. jesseblevins336@gmail.com @ jesse_blevins_architecture

Digital Skills • • • • • •

Revit Rhino Sketchup AutoCAD GIS 3D Printing

• • • • • •

Analog Skills Woodworking Design Creative Thinking Communication Spanish (developing) ASL (developing)

• • • • • •

Photoshop Illustrator Indesign Lumion Enscape Laser Cutting

1. Resume // Table of Contents

Certifications + Accreditations LEED Green Associate Associate AIA, South Carolina Real Estate License, South Carolina ArcGIS Certificate of Training

Achievements + Honors + Recognition • • • • • •

AIA South Carolina COTE Leadership Group; Charleston Liason AIA COTE10 Student Competition Winner Clemson University Leader of the Year Robert Morey, Pi Award 2 Publications in Library of Congress; Veteran History Project Palmetto LIFE Scholarship

2022 - Present 2022 2018-2019 2018-2019 2019 2016-2020

Relevant Work Experiences Goff D’Antonio & Associates, Charleston SC (1.2 years) • Commercial, Multifamily, Hospitality, Education Architectural Intern I, April 2023 - Present • Construction Adminstration, Contract Documents, Project Coordination Summer Intern, April 2022-August 2022 • Construction Documents and Project Coordination Clemson University, Clemson, SC Architecture History/Theory Graduate Assistant, August 2022 - January 2023 (8 months) • Assistant to the professor for ARCH 2040, helped set up presentations, give feedback to students on quizzes and papers, and served as first contact for for questions for students. Barcelona Architecture Center, Barcelona, Spain. (5 months) Studio Graduate Assistant, January 2022-May 2022 • Assisted professor for all four classes and studio taught, maintained an organized studio and office space, helped ran the BAC instagram page,

References: Laurie Hodges, AIA, LEED GA Project Manager lhodges@goffdantonio.com David Franco Director of Graduate Studies f ra n c os @ c l e m so n.e d u Dan Harding Former Director of Graduate Studies h a rd i n 4 @ c l e m so n.e d u Kate Schwennsen, FAIA Chair of School of Architecture kschwen@clemson.edu

SUMMARY

Junior Designer

01 The Connected Farm 02 George + Society 03 Hunt Club Development 04 bio-REACH 05 Product Assemblies

pg 3-10

AIA COTE10 Competition

pg 11-16

Employment // Multifamily + Hospitality

pg 17-24

Employment // Commercial

pg 25-32

Adaptive Reuse

pg 33-38

Built-Work Case Studies

Resume // Table of Contents 2.

The Connected Farm Vinalhaven Island, Maine

#COMPETITION Second Year Studio, Fall 2021 Intent: Design a sustainable and net-zero housing commune for #UNBUILT 100 residents for the AIA COTE10 Student Competition. #RESIDENTIAL Project Collaborators: Jesse Blevins + Gauge Bethea

3. The Connected Farm // Project Intro

The Connected Farm is an intergenerational communal housing project which impacts it s residents by implementing self-sustainability through agriculture and the efficient utilization of resources. The Connected Farm is situated 15 miles off the coast of Maine on the island of Vinalhaven which is largely undeveloped and has a vast range of ecological diversity. The project site sits on 5-acres which acts as a connection point between this undeveloped land and the dense downtown district. This area is categorized by a humid climate with cold winters and heavy snowfall. It has temperatures ranging from 19 to 71 degrees. Some of the largest economies on the island are farming and fishing which brings the community together during their productive seasons. The Connected Farm aims to address the opportunities present on the island such as shortage of sustainable housing, seasonal job instability, and insufficient resources such as Internet access which leads to island flight for young individuals and generational disconnect for those aging in place. The solution is to create a community that is 100% self-sufficient to reduce housing costs, supply year-round income opportunities through agriculture and technologybased jobs, and provide a one stop-shop that promotes community and connection among all generations.

AIA COTE10 Student Competition Winner Juror Comments: “The Connected Farm design with believable graphic narrative plays on intergenerational housing and work/home solutions which promote human connection. The architectural landscape designs adds strong layers of richness to this project which has the ability to be a fantastic built solution. The overall design wonderfully solves problems both socially and economically” Mahsa Hedayati, Perkins&Will Jennifer Cutbill, Lateral Agency Traci Rider, North Carolina State University Pauline Souza, WRNS Studio Prem Sundharam, DLR Group

This site integrates agriculture and technology to foster a sustainable future for the residents of Vinalhaven. The Connected Farm plays a vital role in providing an end to social isolation and building a sense of community by bringing generations together and providing social and economic opportunities through the power of food.

700 TEAMS • 10 WINNERS 49 universities • 4 nations

Vi na lha ve

SA U , n Island, Maine

Final Board // The Connected Farm 4.

Programming, Concept + Site Analysis

5. The Connected Farm // Site Design Concept

#competition #unbuilt #residential

The farm connects to the existing grid which creates blocks on the site that are allocated based on the connection to the surrounding area and how production or people would circulate around the site. The buildings are placed on a grid designed for integration to facilitate socialization and agricultural production. 75% of the site is dedicated to agriculture which allows for 41,000 pounds of total food production and generates a 300% annual surplus. Each component within the agricultural system has a purpose and is designed to create a holistic cycle. The farm creates a thriving community that promotes human connection among all generations by providing access to social spaces, technology, and a live-work environment. Throughout the site, there are multiple means of income opportunities through technology and agriculture which provides year-round food production and incentives to stay on the island.

Final Board // The Connected Farm 6.

7. The Connected Farm // Residential Design

The buildings are designed to be all-encompassing and are capable of producing income along with providing the comfort of home. The site accommodates housing for 96 residents with 24 ADA accessible rooms.

#competition #unbuilt

With this historical precedent in mind, our modern concept was to design a site which encourages a work, home, and play environment. This site integrates agriculture and technology to foster a sustainable future for the residents of Vinalhaven. Each building utilizes sustainable strategies to reduce energy consumption and water demand. Local materials are also used for affordability and reduction of the overall carbon footprint.

#residential

The inspiration for this project came from the regional New England Connected Farmhouse which was originally designed for agrarian reform to allow New Englanders to have homebased industries while continuing to work on a centralized farm.

Design Concept // The Connected Farm 8.

9. The Connected Farm // Final Board

#competition #unbuilt #residential Final Board // The Connected Farm 10.

Architectural Merit

02 George & Society

29-35 George St & 84-88 Society St, Charleston, South Carolina Full Time Employment Project Architect: Goff D’Antonio & Associates + Bittoni Architects Civil Engineers: Thomas & Hutton Structural Engineers: Wallace Design Collective, PC MEP: Jordan + Skala Engineers, Inc

11. George & Society // Project Intro

ROLE: Contstruction Documents Project Coordination Supplemental Info Modelling

#multifamily #design development The existing historic facade on Society Street will be renovated into the entrance of the hotel. Both buildings will be linked with hardscaping and landscaping and complimented by circulation through and around the proposed design. Parking is below grade and totals approximately 330 parking spaces by utilizing car stackers.

#employment

A mixed use project consisting of two main buildings - George St Building (multifamily) and Society St (hospitality). George St is a six story multifamily building with multi-family units above a two level parking podium, one level being below grade, retail and lobby on ground floor with a rooftop garden. Society St is a 50 key hotel on level 1-3 and 16 residential units on levels 4-6; amenities such as a roof deck amenity pool, event space, restaurant, and kitchen.

Site Plan // George & Society 12.

13. George & Society // Contract Documents

Contract Documents // George & Society 14.

#multifamily #design development #mixed use 15. George & Society // Contract Documents

#multifamily #design development #employment Contract Documents // George & Society 16.

Hunt Club Development

1198 Bees Ferry, Charleston, South Carolina Full Time Employment Project Architect: Goff D’Antonio & Associates Civil Engineers: Stantec Structural Engineers: RK Engineering MEP: Barrett Woodyard Associates

17. Hunt Club Development // Project Intro

ROLE: Construction Administration Design Development Contract Documents Project Coordination Supplemental Info Modeling

LEGEND PROPERTY LINE; SEE CIVIL

#commercial

BUFFER LINE; SEE CIVIL/LA

SURROUNDING BUILDING

DIRECTION OF TRAFFIC

#in-construction

Building D

Building C

GENERAL NOTES

1. REFER TO ENLARGED FLOOR PLANS AS INDICATED O OUTS FOR INTERNAL DIMENSIONS, WALL TYPES, DOO DESIGNATIONS, DETAIL CALLOUTS, ETC. NOT SHOWN PLAN.

2. REFER TO STRUCTURAL PLANS FOR EXTENT OF SHEAR ALONG CORRIDORS AND UNIT DEMISING WALLS.

3. ALL DIMENSIONS ARE TO COLUMN CENTERLINES, FA FRAMING, FACE OF CMU OR CENTER OF OPENINGS UNIT DEMISING WALLS); UNLESS OTHERWISE NOTED.

FIRE SEPERATION >30'

5. OPENINGS (DOORS, ETC.) NOT DIMENSIONED ON P BE LOCATED WITH PROPER CLEARANCE FROM ADJA WALL/SURFACE FOR INSTALLATION OF TRIM SURROU

HUNT CLUB RUN

Building A

6. ALL EXPOSED CMU IS TO BE PAINTED. REFER TO FINIS ON SHEET A801.

7. REFER TO FURNITURE PLANS FOR IDENTIFICATION AN OF ALL FURNITURE AND EQUIPMENT ITEMS.

KEY PLAN

BEES FERRY ROAD 1

ARCHITECTURAL SITE PLAN SCALE: 1" = 30'-0"

0' 5' 10' 1" = 20'-0"

20'

40'

PROJECT NORTH

MAGNETIC NORTH

#employment

Building B

FIRE SEPERATION 10'< X >30'

4. OPENING DIMENSIONS SHOWN ON PLANS (DOORS, ETC.) ARE TO CENTER OF OPENING FOR STUD CONST FOR MASONRY CONSTRUCTION, MASONRY OPENIN DIMENSIONED.

7/29/2022 10:39:00 AM

Site Plan // Hunt Club Development 18.

LEGEND WALL TYPE TAG

DOOR NUMBER

101

EXISTING DOOR

NEW DOOR

EXISTING WALL

C11

NEW WALL

A206 ROOM NAME 101 150 SF

ROOM NAME ROOM NUMBER ROOM AREA (IF SHOWN)

200' - 9" (OVERALL LENGTH OF THE BUILDING)

NON-WORK AREA 11"

11"

198' - 10" ( GRID-TO-GRID LENGTH OF THE BUILDING ) 2' - 0"

16' - 8"

3' - 4"

16' - 8"

3' - 4"

16' - 8"

3' - 4"

16' - 8"

(STOREFRONT)

SF-8

3' - 4"

16' - 8"

3' - 4"

(STOREFRONT)

16' - 8"

3' - 5"

(STOREFRONT)

16' - 8"

3' - 4"

16' - 8"

(STOREFRONT)

SF-8

3' - 4"

16' - 8"

3' - 4"

(STOREFRONT)

16' - 8"

2' - 0"

(STOREFRONT)

309

FBV

11"

SF-8 308

SF-8 307

306

305

SF-8 304

303

302

SF-8

COLUMN

1 A305

COLUMN

37' - 8"

3 A305

A207

GENERAL NOTES

1. REFER TO ENLARGED FLOOR PLANS AS INDICATE OUTS FOR INTERNAL DIMENSIONS, WALL TYPES, D DESIGNATIONS, DETAIL CALLOUTS, ETC. NOT SHO PLAN.

9' - 3"

3' - 4"

56' - 4"

3' - 4"

16' - 7"

(DOOR)

3' - 4"

8' - 3"

(DOOR)

FBV

(DOOR)

3' - 4"

28' - 2"

(DOOR)

3' - 4"

56' - 4"

3' - 4"

(DOOR)

FBV

11"

310

311

312

313

314

FBV

198' - 10" ( GRID-TO-GRID LENGTH OF THE BUILDING )

39' - 9"

11"

6. ALL EXPOSED CMU IS TO BE PAINTED. REFER TO ON SHEET A801.

11"

7. REFER TO FURNITURE PLANS FOR IDENTIFICATION OF ALL FURNITURE AND EQUIPMENT ITEMS.

3. ALL DIMENSIONS ARE TO COLUMN CENTERLINE FRAMING, FACE OF CMU OR CENTER OF OPENIN UNIT DEMISING WALLS); UNLESS OTHERWISE NOT

5. OPENINGS (DOORS, ETC.) NOT DIMENSIONED O BE LOCATED WITH PROPER CLEARANCE FROM A WALL/SURFACE FOR INSTALLATION OF TRIM SURR

200' - 9" ( OVERALL LENGTH OF THE BUILDING ) 39' - 9"

2. REFER TO STRUCTURAL PLANS FOR EXTENT OF SH ALONG CORRIDORS AND UNIT DEMISING WALLS

4. OPENING DIMENSIONS SHOWN ON PLANS (DOO ETC.) ARE TO CENTER OF OPENING FOR STUD CO FOR MASONRY CONSTRUCTION, MASONRY OPE DIMENSIONED.

9' - 3"

(DOOR)

FBV

11 1/4"

315

20' - 6"

60' - 0" ( OVERALL WIDTH OF BUILDING )

(WIND)

4' - 0"

4 A304

20' - 6"

COLUMN

2 A304

58' - 2" ( GRID-TO-GRID WIDTH OF BUILDING )

1 A208

W-2

44' - 5"

58' - 1 3/4" ( GRID-TO-GRID WIDTH OF BUILDING )

37' - 8"

A206

59' - 10 3/4" ( OVERALL WIDTH OF BUILDING )

11' - 6"

300

FBV

301

10"

FBV

(STOREFRONT)

A208

A207

C11

A304

KEY PLAN

BLDG C - FLOOR PLAN SCALE: 1" = 10'-0"

PROJECT NORTH

19. Hunt Club Development // Project Intro 7/29/2022 10:39:05 AM

MAGNETIC NORTH

LEGEND 5" / 12"

DOWNSPOUT

ROOF DRAIN

OVERFLOW DRAIN

WALL SCUPPER

OVERFLOW DRAIN NOZZLE BUILDING FOOTPRINT

#commercial

ROOF SLOPE & DIRECTION

MECHANICAL ROOFTOP EQUIPMENT

A304

4 A304

2 A208

ON 1' - 7"

GENERAL NOTES 1/2"/FT

43' - 6"

3:1

RIDGE

ROOF CUT BELOW

1/2"/FT OD

9" / 12"

35' - 9"

43' - 6"

3:1

9" / 12"

PITCHED ROOF

1/2"/FT

ROOF CUT BELOW

1/2"/FT OD

PITCHED ROOF 35' - 9"

1/2"/FT

8 w

ON 1' - 7"

3 C

C11

1. REFER TO ENLARGED FLOOR PLANS AS INDICATED ON CALLOUTS FOR INTERNAL DIMENSIONS, ROOF ACCESS & ATTIC LOCATIONS, WALKING PADS, ETC. NOT SHOWN ON THIS PLAN.

1/2"/FT OD

9" / 12"

#in-construction

A In P

2. PROVIDE MINIMUM SLOPE OF 1/4" PER 1'-0" FOR ALL VALLEYS AT ROOF.

9" / 12"

3. GENERAL CONTRACTOR TO INSTALL AND SEAL ROOF PENETRATIONS, CURBS AND SLEEPERS.

4. HVAC VENDER TO PROVIDE ROOF CURBS AND VENDOR IS RESPONSIBLE FOR PROVISION/ COORDINATION OF ROOF PENETRATIONS REQUIRED FOR EQUIPMENT INSTALLATION.

3:1

RIDGE

REV

5. FLASH PLUMBING VENT AND ELECTRICAL PIPES; SEE MECH. AND ELECT. DRAWINGS FOR LOCATIONS.

6. NEW ROOF MEMBRANE TO BE INSTALLED BY MANUFACTURER APPROVED LICENSED ROOFING CONTRACTOR.

38' - 9"

A208

36' - 5"

38' - 9"

ROOF CUT BELOW

45' - 3"

PITCHED ROOF

1/2"/FT

1/2"/FT RD

1/2"/FT

8. PROVIDE 6" OGEE GUTTERS AT ASPHALT SHINGLE ROOF AND 6" HALF ROUND GUTTERS AT STANDING SEAM METAL ROOFS.

1/2"/FT OD

9. PROVIDE BLOCKING AT EAVE AS NEEDED.

PR T S O N ON C

10. PROVIDE PROPER ATTIC VENTILATION AT ANY ROOF WELL PARAPET WALLS, AS INDICATED ON PLAN. OPENING MUST BE MIN. 8" ABOVE ROOF INSULATION.

17' - 7"

18' - 6"

RIDGE

1/2"/FT OD

RIDGE

1/2"/FT

7. SEE ROOF PLANS FOR GUTTER AND DOWNSPOUT LOCATIONS. REFER TO GUTTER MFR REQUIREMENTS FOR SPECIFIC DOWNSPOUT LOCATIONS NOT SHOWN ON PLAN.

36' - 5"

11. ROOFER TO DESIGN TAPERED INSULATION; TO ASSURE POSITIVE DRAINAGE; TYP.

TPO ROOF MEMBRANE

6" METAL GUTTER

STANDING SEAM METAL ROOF

6" METAL GUTTER

STANDING SEAM METAL ROOF

TPO ROOF MEMBRANE

METAL COPING

KEY PLAN

#employment

3 A304

BLDG C - ROOF PLAN

ISS

SCALE: 1/8" = 1'-0"

PROJECT NORTH 7/29/2022 10:39:06 AM

MAGNETIC NORTH

Site Plan // Hunt Club Development 20.

C11

A208

A304

Goff D'A

Architect Interiors Planning

34 Radcli Charlesto

11 7

843.577.2 www.goff

5 1 2 11

Trussing Bearing Elevation = 10' - 11" 17' - 8"

SF-8

First floor = 0' - 0" (+12.5'' MSL)

8 A702

1 A304

BLDG C - EAST ELEVATION

SCALE: 1/8" = 1'-0"

CODED NOTES

1 A208

16 12 18 36' - 6"

11 19 1

17' - 8"

Truss Bearing E.L = 11' - 7"

2 3

BRICK TYPE 1, MFR COLOR -WHITE BRICK TYPE 2, MFR COLOR - GREY BRICK ROWLOCK LEDGE OVERFLOW NOZZLE AL STOREFRONT GABLE, KALWALL SYSTEM GABLE, SOFTWOOD CLAD WOOD LOUVER FAUX WOOD SCREEN AL CANOPY 12' AL CANOPY METAL COPING WALL STUD, FIBER CEMENT CLAD SCISSOR TRUSS, TIMBER SOFFIT, SOFTWOOD METAL ROOF,STANDING SEAM AL GUTTER W/ DOWNSPOUT ROOF ACCESS METAL LADDER METAL COLUMN METAL COLUMN TYPE 2 DRIVI-THRU PHARMACY WINDOW

GENERAL NOTES

DESC

2. REFER TO SHEET A701-DOOR TYPES FOR ALL DOOR MATERIALS AND SELECTIONS. 3. REFER TO SHEET A702-WINDOW TYPES FOR ALL STOREFRONT ELEVATIONS AND GLAZING TYPES. 4. REFER TO THE LEGEND AND ARCHITECTURAL SPECIFICATIONS FOR EXTERIOR MATERIALS. 5. PROVIDE 6" OGEE GUTTERS AT ASPHALT SHINGLE ROOF AND 6" HALF ROUND GUTTERS AT STANDING SEAM METAL ROOFS. 6. PROVIDE BLOCKING AT EAVE AS NEEDED.

7. BRICK MOLD TRIM AROUND WINDOWS LOCATED IN BRICKS WALLS ONLY. TAG #

MATERIAL

MANUFACTURER

BRICK

WHITE

BRICK

GREY

ALUMINUM

STOREFRONT

FIBER PANEL

KALWALL

FIBER CEMENT

COLOR

GREY SLATE

METAL ROOF X

16 FIRST FLOOR = 0' - 0" (+12.5'' MSL)

REV

1. ALL FIBER CEMENT SIDING TO RECIEVE 5/4 FIBER CEMENT TRIM AT ALL TRANSITIONS, CORNER, HEADS, SILLS AND JAMBS. SEE ELEVATIONS FOR WIDTHS. SEAL ALL JOINTS/TRANSITIONS WITH JOINT SEALANT AND PRIME/PAINT UNLESS NOTED OTHERWISE.

IM U EL FO TR PR OT S N ON C

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21

POCHE'

X SHEET TITLE

KEY PLAN

BLDG C ELEVATI

D DRAWN BY:

PROJECT NU

ISSUE DATE:

BLDG C - NORTH ELEVATION

DRAWING

SCALE: 1/8" = 1'-0"

21. Hunt Club Development // Project Intro

7/29/2022 10:39:36 AM

PROJECT NORTH

C11

Hunt Club Development #in-construction #commercial

Goff D'Antonio Asso Architecture Interiors Planning 12

34 Radcliffe Street Charleston, SC 29403

25 17

843.577.2163 www.goffdantonio.co 12

17' - 8"

Trussing Bearing Elevation = 10' - 11"

First floor = 0' - 0" (+12.5'' MSL)

BLDG C - Section 1

SCALE: 1/8" = 1'-0"

CODED NOTES

5 8 11 12 13

36' - 6"

24 11 Trussing Bearing Elevation = 10' - 11"

GENERAL NOTES

TAG #

MATERIAL

MANUFACTURER

BRICK

WHITE

BRICK

GREY

ALUMINUM

STOREFRONT

FIBER PANEL

KALWALL

FIBER CEMENT

GREY SLATE

METAL ROOF X

19 First floor = 0' - 0" (+12.5'' MSL)

REV

COLOR

POCHE'

SHEET TITLE

KEY PLAN

BLDG C - BUILDIN SECTIONS D

PROJ.

ISSUE DATE: 1

DRAWING

SCALE: 1/8" = 1'-0"

B 7/29/2022 10:39:45 AM

DRAWN BY:

PROJECT NUMBER:

BLDG C - Section 2

DESCRIPTION

A TIO IN IM R UC EL FO TR PR T S O N ON C

14 16 17 19 23 24 25 26 27 28 29 30

AL STOREFRONT WOOD LOUVER 10' AL CANOPY METAL COPING WALL STUD, FIBER CEMENT CLAD SCISSOR TRUSS, TIMBER METAL ROOF,STANDING SEAM AL GUTTER W/ DOWNSPOUT METAL COLUMN 6x6 TIMBER PARAPET WALL PARAPET ROOF, TPO 3/4" COVERBOARD 3" RIGID INSULATION ROOFING MEMBRANE 3/4" PLYWOOD ROOF DRAIN

#employment

36' - 6"

PROJECT NORTH

Site Plan // Hunt Club Development 22.

A208

SLOPED ROOFING

LEGEND

TPO MEMBRANE OVER PROTECTION BOARD

VAPOR BARRIER OVER PLYWOOD SUBSTRATE

11 3/16"

ROOF DRAIN

TAPERED INSULATION

METAL COPING ON A PLYWOON SUBSTRATE

TOP OF PLYWOOD COPING

ROOF RIGID INSULATION

1/4" / 12"

3' - 0"

WOOD TRUSSES

BRICK VENEER, TYPICAL

Roof_C_Top of Protection Board = 14' - 8 1/4" ?

THROUGH THE WALL FLASHING

STEEL JOISTS

Ar In Pl

CANOPY

Trussing Bearing Elevation = 10' - 11"

CEILING PANELS

34 Ch

10' - 11 75/256"

FINISHED FLOOR TO U/S OF WOOD TRUSSES

WOOD TRUSSES, BY STRUCTURAL DWGS

84 ww

BRICK VENEER, TYP

GYPSUM BOARD FINISH

ROWLOCK LEDGE FIBER EXPANSION JOINT CONCRETE SLAB

1/4" / 12"

4' - 0"

First floor = 0' - 0" (+12.5'' MSL)

FOOTINGS BY STRUCTURAL DWGS PLUMBING AND ELECTRICAL LINES, COORDINATE MEP WITH ENGINEERS

ALUMINUM STOREFRONT

BLDG C - ENLARGED EAST ELEVATION

SCALE: 3/8" = 1'-0"

BLDG C - Wall Section 1.1 SCALE: 3/8" = 1'-0"

GENERAL NOTES

Ca 11 3/16"

TPO MEMBRANE OVER PROTECTION BOARD

ROOF DRAIN PLYWOOD SHEATHING

TAPERED INSULATION

BRICK VENEER, TYP

ROOF RIGID INSULATION

TPO MEMBRANE OVER PROTECTION BOARD

Roof_C_Top of Protection Board = 14' - 8 1/4" ?

ROOF DRAIN

1/2" / 12" ROOF RIGID INSULATION

BLOCKING BETWEEN STUDS

3' - 0"

AIR/ VAPOR BARRIER OVER PLYWOOD SHEATHING

Trussing Bearing Elevation = 10' - 11"

ROOF DRAIN LINE

SUSPENDED CEILING

CANOPY CEILING PANELS

GUTTER

3/4-INCH PLYWOOD SUBSTRATE FASTENED TO THE WOOD TRUSSES

Trussing Bearing Elevation = 10' - 11"

SHELF ANGLE: CONTINUOUS STEEL ANGLE CONNECTED TO THE STEEL BEAM THROUGH A SERIES OF STEEL PLATE OUTRIGGERS

HSS BEAM, BY STRUCTURAL DWGS

BRICK VENEER: TYPICAL

GUTTER STEEL JOISTS CANOPY

THROUGH THE WALL METAL FLASHING WOOD TRUSSES, BY STRUCTURAL DWGS

WOOD TRUSSES, BY STRUCTURAL DWGS

METAL ROOF DECK ON PLYWOOD SUBSRATE

THROUGH THE WALL FLASHING

PR OT S N ON C

SEMI-RIGID INSULATION BOARD

VAPOR BARRIER OVER PLYWOOD SUBSTRATE

MINERAL INSULATION TO FILL GAP, TYP CANT

6 183/256" TOP OF PLYWOOD COPING

( WOOD TRUSSES )

PARAPET WOOD FRAME BEARING ON CMU BEARING WALL, BY STRUCTURAL DWGS

REV

VAPOR BARRIER OVER PLYWOOD SUBSTRATE

METAL COPING ON A PLYWOON SUBSTRATE

TOP OF PLYWOOD COPING

METAL COPING ON A PLYWOON SUBSTRATE

STEEL PLATE OUTRRIGERS WELDED TO THE STEEL BEAM AND BOLT CONNECTED TO SHELF ANGLE, BY STRUCTURAL DWGS

SEMI-RIGID INSULATION BOARD STOREFRONT MASONRY BEARING WALL: 8x16x8 CMU, TYPICAL

MASONRY TIE, TYP

ROWLOCK LEDGE BEYOND

2 1/2"

AIR/ VAPOR BARRIER OVER PLYWOOD SHEATHING 5/8" GYPSUM BOARD FINISH ON 7/8" METAL FURRING

FIBER EXPANSION JOINT CONCRETE SLAB

INSULATION BOARD

First Floor = 0' - 0" (+12.5' MSL)

1/4" / 12"

4' - 0"

SHE

KEY PLAN

4' - 0"

BLD SEC

First floor = 0' - 0" (+12.5'' MSL)

CONCRETE SLAB

DRA

FOOTINGS BY STRUCTURAL DWGS DAMP PROOFING LAYER

PLUMBING AND ELECTRICAL LINES, COORDINATE MEP WITH ENGINEERS

PRO

FOOTINGS BY STRUCTURAL DWGS

ISSU

PLUMBING AND ELECTRICAL LINES, COORDINATE MEP WITH ENGINEERS

BLDG C - Wall Section 2.1 SCALE: 3/8" = 1'-0"

23. Hunt Club Development // Project Intro 7/29/2022 10:40:18 AM

DRA

BLDG C - Wall Section 3.1 SCALE: 3/8" = 1'-0"

#commercial #in-construction #employment Site Plan // Hunt Club Development 24.

bio-REACH Oconee County, South Carolina

Third Year Studio, Fall 2022 Intent: A theoretical adaptive-reuse project of the Oconee Nuclear Energy tackling the issue of replacing the lost energy of the decommissioned reactors and . Project Collaborator(s): Jesse Blevins + Michael Urueta 25. bio-REACH // Project Intro

#UNBUILT #INDUSTRIAL #THEORY

In the event of a nuclear disaster there would be an immediate affected zone of 50 miles, encompassing 26 counties - and with he fact that currently Oconee county ships all of it’s waste to Georgia, an opportunity presented itself.

#industrial

Disused infrastructure, once invisible in its banality, is often made remarkable in its rebirth.

The Oconee Nuclear Facility powers roughly 1.9 million homes, it was paramount to find a substitution for this energy loss and was a major driving theme for this project. By the end of the semester, our estimate was that our biomass energy facility could more than double the energy.

CONSTRUCT BIOMASS CONSTRUCT RESIDENTIAL CONSTRUCT RAIL

PHASE 02

TURN BIOMASS ON DECOMMISSION REACTORS EXCAVATE DAM CANALS

PHASE 03

DAM EXTENSIONS

PHASE 04

COMPLETION

BEGIN FARM PRODUCTION INSTALL SOLAR PANELS

#theory

PHASE 01

#unbuilt

What if instead of this potential negative outward impact, there was an inward positive change? What if this site could collect 1/3 of all waste from those 26 counties and convert this biomass into a sustainable form of energy?

Site Design Concept // bio-REACH 26.

The reuse of the existing Silo’s proposes a market space and point of interest for visitors and residents. The reactor would be decommissioned and covered, scaffolding and elevators helps facilitate circulation between the various floors - which all houses the market space.

27. bio-REACH // Silo Design

CUT

EXTRUDE

CONNECT

FORM

#industrial

RAIL

#unbuilt

SILOS

#theory

With current Amtrak plans cutting through the region, the opportunity to add a metro stop on our site presented itself - allowing for the site to become a site of attraction for visitors. Due to the size of the site being roughly 1.5 miles long, the train takes two stops - one at the silos, and the other at the biomass center - to help facilitate ease of movement for biomass workers to live on site.

Silo Design // bio-REACH 28.

#industrial #unbuilt 29. bio-REACH // Program Users

#theory

With roughly a 25+ million square feet / 574 acre site coupled with it’s location being within a food dessert - it made the most sense to include agriculture production for residents to have a farm to table approach to their weekly food. Additionally, the interior of the silos houses market space for any food surplus and similar items to be sold to visitors, guests, and residents.

CUT

SPLIT AND STEP

TOPO

FORM

#industrial

RAIL

#unbuilt

BOX

#theory

The biomass facility imitates the natural slope of the landscape, just barely peaking above grade. This design is minimally intrusive and also allows for earth coupling to reduce the internal heating of the structure due to the various steam turbines, boilers, and machinery operating within.

Biomass Design // bio-REACH 30.

20,881

TONS MONTHLY

30% FROM 50 MILE RADIUS GARBAGE COLLECTION

31. bio-REACH // Biomass Design

1 ton of waste 1 MWh of energy

COLLECTION RATE

4,823 MWh of energy produced

#industrial #unbuilt #theory Biomass Section + Energy // bio-REACH 32.

Product + Assemblies Candy Lane Residence Bozeman, Montana Production + Assemblies, Fall 2021 Intent: To perform case studies of various built homes and one for the studio project of this semester. Project Collaborator(s): Katherine Price and Michael Urueta

33. Product + Assemblies // Project Intro

#BUILT #RESIDENTIAL #CASE STUDY

#case study

#built

#residential

Candy Lane Residence

Selected Images // Product + Assemblies 34.

Product + Assemblies North East Side Residence

#BUILT

Bozeman, Montana Production + Assemblies, Fall 2021 Intent: To perform case studies of various built homes by Intrinsik Architecture and one for the studio project of this semester. Project Collaborator(s): Jesse Blevins, Kat Price + Michael Urueta 35. Product + Assemblies // Project Intro

#RESIDENTIAL #CASE STUDY

#residential #built #case study Selected Images // Product + Assemblies 36.

Product + Assemblies The Connected Farm

#UNBUILT

Vinalhaven Island, Maine Production + Assemblies, Fall 2021 Intent: To perform case studies of various built homes by Intrinsik Architecture and one for the studio project of this semester. Project Collaborator(s): Gauge Bethea 37. Product + Assemblies // Selected Images

#RESIDENTIAL #CASE STUDY

#case study

#unbuilt

#residential

The Connected Farm

Selected Images // Product + Assemblies 38.

ABOUT THE DESIGNER... @jesse_blevins_architecture I am a conscientious and precise designer with an interest in adaptive reuse, residential, and urban design. I believe that architecture is at the forefront of shaping our community and society and can have a profound impact on daily life. Cities are a consequence of the culmination of human choices, and I believe every project should begin with a thorough understanding of the history, society, and culture of the community for which we are designing for. I currently would like to learn more about project management, construction documents, and building codes. Outside of design I enjoy wood working, cooking, and working out and have a 4 year old German shepherd mix.